Anchor-Tech High Temperature Ceramic Fiber Board
Table of Contents Anchor-Tech High Temperature Ceramic Fiber Board 1.Product Description Anchor-Tech high-temperature ceramic fiber board series products are rigid board products made from ceramic fiber loose cotton, adding an appropriate amount of organic binder and inorganic adhesive, vacuum forming, drying and finishing. It is widely used in fire-resistant insulation of various kiln interiors and […]
Anchor-Tech High Temperature Ceramic Fiber Special-shaped Parts
Table of Contents Anchor-Tech high temperature ceramic fiber special-shaped parts 01 . Product Description • High-temperature formed products (refractory products) are the most technical materials for installation or repair of insulation linings in energy-intensive industrial equipment. The molded products are made from a mixture of ceramic fibers and are vacuum formed using modern equipment. • […]
Anchor-Tech High Temperature Ceramic Fiber Standard Blanket
Table of Contents Anchor-Tech High Temperature Ceramic Fiber Standard Blanket 01. Product Description Anchor-Tech Ceramic Fiber Standard Blanket is a continuous noil flat-laid fiber blanket that has a higher tensile strength and a flat surface after double-sided needle punching. The standard blanket does not contain organic binders. Anchor-Tech ceramic fiber standard blanket has good […]
Anchor-Tech 1500℃ type ceramic fiber composite module
Anchor-Tech 1500℃ type ceramic fiber composite module Types of 1500℃ ceramic fiber composite modules Chrome module It is made of folded chromium-containing fiber blankets and has good high-temperature stability. The module density is ≥230Kg/m3. Chromium + zirconium composite module The outer layer of the hot surface is a chromium-containing blanket , and the inner […]
Anchor-Tech Chromium Ceramic Fiber Insulating Refractory Blanket
Anchor-Tech Chrome Ceramic Fiber Insulation Fire Blanket Introduction of chromium-containing ceramic fiber blanket containing alumina -silica-chromium oxide are very suitable for use in high-temperature furnaces. Since the Cr2O3 content in the fiber is greater than 2.5%, it blocks the growth and sintering of crystals in the contact parts between fibers, and the operating temperature increases […]